Why does the nitrosyl (NO+) ligand have a higher NO stretching frequency in the linear M-N-O geometry than in the bent M-N-O geometry? Group of answer choices In the linear geometry, N and O atoms have smaller masses than in the bent geometry In the linear geometry, there is an NO double bond while in the bent geometry, there is an NO triple bond In the linear geometry, N and O atoms have larger masses than in the bent geometry In the linear geometry, there is an NO triple bond while in the bent geometry, there is an NO double bond
Why does the nitrosyl (NO+) ligand have a higher NO stretching frequency in the linear M-N-O geometry than in the bent M-N-O geometry? Group of answer choices In the linear geometry, N and O atoms have smaller masses than in the bent geometry In the linear geometry, there is an NO double bond while in the bent geometry, there is an NO triple bond In the linear geometry, N and O atoms have larger masses than in the bent geometry In the linear geometry, there is an NO triple bond while in the bent geometry, there is an NO double bond
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter8: Bonding In Transition Metal Compounds And Coordination Complexes
Section: Chapter Questions
Problem 31P
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Why does the nitrosyl (NO+) ligand have a higher NO stretching frequency in the linear M-N-O geometry than in the bent M-N-O geometry?
Group of answer choices
In the linear geometry, N and O atoms have smaller masses than in the bent geometry
In the linear geometry, there is an NO double bond while in the bent geometry, there is an NO triple bond
In the linear geometry, N and O atoms have larger masses than in the bent geometry
In the linear geometry, there is an NO triple bond while in the bent geometry, there is an NO double bond
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